Science & Technology Policy: The R&D Horizon

1. R&D EXPENDITURE GAP & GLOBAL BENCHMARKING

Cue Words	Notes
Gross Expenditure on Research (GERD) Comparison	India spends **~0.64% of GDP on R&D**, well below China (~2.4%) and the United States (~3.4%), and below the world average (~1.8%). **Private Sector R&D Contribution**: Private industry funds only ~37% of national R&D outlays, with government funding the remaining ~63% — the reverse of the industrialized-economy pattern where private capital dominates. **Researcher Density**: India has roughly 250 researchers per million population, against ~1,200 in China and ~4,000 in the US — a structural talent gap, not just a funding gap.
Patent Filings & Innovation Output	The Indian Patent Office registered a record 90,000+ patent applications in FY24, a ~30% year-on-year jump — evidence that innovation output is rising even as R&D-spend-to-GDP lags peers.
I-STEM: Shared R&D Infrastructure (Laboratory-as-a-Service)	**I-STEM Portal**: Run by the Office of the Principal Scientific Adviser (PSA), maps **28,000+ specialized scientific instruments** (SEM, TEM, NMR) across **2,200+ public/private labs**, with 25,000+ registered researchers making 10,000+ bookings monthly — directly addressing India's ~75-80% import dependency on high-end lab instruments. **Laboratory-as-a-Service (LaaS)**: Treats publicly-funded equipment as a shared national resource rather than a single-institution asset, offering up to 60% booking-fee subsidies for startups/Tier-2-3 researchers and cutting average equipment-downtime resolution from 90 days to under 15 days — a concrete, low-cost lever for closing the GERD/researcher-density gap discussed above without new capital spend.

> **Summary**: India's R&D story is a paradox — patent filings are surging even though GERD-to-GDP and researcher density remain far below China/US benchmarks, because government funding (not private industry) still carries most of the load.

1B. CABINET APPROVES NRF BILL, 2023 — ORIGIN OF ANRF 2023

Cue Words	Notes
Cabinet Approval of the National Research Foundation (NRF) Bill (28 June 2023)	Union Cabinet approved introduction of the **National Research Foundation (NRF) Bill, 2023** in Parliament on **28 June 2023** — the **origin legislative step** for what was later enacted and renamed the **Anusandhan National Research Foundation (ANRF)** (referenced throughout Section 2 below, including the ₹50,000 Crore/5-year outlay and the July 2024 Budget's ₹1 lakh crore RDI corpus). NRF was envisaged as an **apex body providing high-level strategic direction for scientific research**, per **National Education Policy (NEP)** recommendations, with an **estimated cost of ₹50,000 crore over 5 years (2023-28)**. The **Department of Science and Technology (DST)** is the administrative department.
Governance Structure Proposed in the Bill	Governed by a **Governing Board** of eminent researchers/professionals; the **Prime Minister** is **ex-officio President** of the Board, with the **Union Ministers of Science & Technology and Education** as **ex-officio Vice-Presidents**. An **Executive Council**, chaired by the **Principal Scientific Adviser**, handles day-to-day functioning. Envisaged to forge **industry-academia-government collaboration** and boost **industry R&D spending**.
Repeal & Absorption of SERB	The Bill also **repeals the Science and Engineering Research Board (SERB, established 2008)**, subsuming it into the NRF with an **expanded mandate** — the same SERB-supersession fact reflected in Section 2 below under ANRF.

> **Summary**: This 28 June 2023 Cabinet approval of the NRF Bill is the origin point of India's apex research-funding architecture — later enacted and rebranded as the Anusandhan National Research Foundation (ANRF), whose ₹50,000 Crore outlay, PM-chaired Governing Board, DST nodal role, and SERB-repeal are detailed further in Section 2 below.

2. ANRF, RDI SCHEME & THE FUNDING ARCHITECTURE

Cue Words	Notes
Anusandhan National Research Foundation (ANRF)	Created by Parliament in 2023 with a ₹50,000 Crore outlay over 5 years, superseding SERB, to fund basic science and translational R&D through competitive peer-reviewed grants. Structured to draw ₹36,000 Crore from private-sector contributions against ₹14,000 Crore of direct government funding — explicitly designed to correct the private-funding shortfall identified above.
Research, Development & Innovation (RDI) Scheme	Cabinet-approved scheme to scale up R&D in strategic and "sunrise" domains (semiconductors, AI, quantum, biotech, space, green energy) via long-tenure, low-interest financing routed to private-sector and startup R&D projects. Operates through a Special Purpose Fund (SPF) housed within ANRF, which acts as fund custodian — linking the RDI scheme's private-sector financing arm directly to ANRF's institutional architecture.
Sectoral Missions Feeding the R&D Base	**National Quantum Mission**: ₹6,003 Crore outlay to build quantum computers with 50-1,000 physical qubits, covering computing, communication, and sensing. **Deep Ocean Mission**: ₹4,077 Crore outlay to develop the manned submersible **Matsya-6000** for deep-sea mineral exploration in the Central Indian Ocean Basin. **National Supercomputing Mission (NSM)**: 24+ supercomputers deployed at premier institutions (e.g., Param Siddhi at 5.26 petaflops), building the compute backbone for AI/quantum research.

> **Summary**: ANRF and the RDI Scheme together form India's two-pronged answer to the funding gap — ANRF for peer-reviewed basic science with private-capital leverage, RDI for strategic-sector applied R&D financing — while mission-mode programs (Quantum, Deep Ocean, Supercomputing) supply the technological infrastructure both depend on.

2. RDI SCHEME — GOVERNANCE ARCHITECTURE 2025

Cue Words	Notes
RDI Scheme — Corpus, Purpose & Fund Structure	Cabinet approved the **Research Development and Innovation (RDI) Scheme** with a corpus of **₹1 lakh crore**, to provide long-term financing/refinancing at low or nil interest rates, spurring private-sector investment in R&D in "sunrise and strategic" sectors. **Two-tiered funding**: a **Special Purpose Fund (SPF)** within the **Anusandhan National Research Foundation (ANRF)** allocates to 2nd-level fund managers, mainly as long-term concessional loans (equity possible for startups); the scheme also funds a **Deep-Tech Fund of Funds**.
RDI Scheme — Governance	The Governing Board of ANRF (chaired by the Prime Minister) gives strategic direction to the scheme. The Department of Science and Technology (DST) is the nodal department for the RDI Scheme.

> **Summary**: The RDI Scheme's ₹1 lakh crore corpus flows through a two-tier structure — an SPF inside ANRF for concessional loans plus a Deep-Tech Fund of Funds — under the strategic direction of the PM-chaired ANRF Governing Board, with DST as nodal department.

2A. STI POLICY 2020: THE DRAFT-STATUS EXAM TRAP 2026

Cue Words	Notes
Exam Trap: STIP 2020 Never Left Draft Stage	**Clarification (PIB, 29 Jan 2026, Ministry of Science & Technology)**: The **National Science, Technology and Innovation (STI) Policy 2020** remained only a **draft document** — no budget was ever allocated or spent under it directly. A frequently-tested nuance: many candidates wrongly assume STIP 2020 was formally adopted with its own funding line. Government instead moved ahead with distinct, concrete follow-on instruments: the **RDI Scheme** (₹1 Lakh Crore pool over six years), the **ANRF** (₹14,000 Crore budgetary provision from the Centre, plus non-governmental funding to be mobilised), and the **National Quantum Mission** (₹6,003.65 Crore outlay). **Directory of R&D Institutions 2025** (DST): India has **622 national laboratories and research institutions** spanning science, technology, agriculture, medicine, defence, and space.
RDI Fund Implementation Begins	**RDI Fund Execution Phase**: The RDI Fund (₹1 Lakh Crore, announced by PM Modi on 3 November 2025 to catalyse private-sector-led research) entered implementation, with the **Technology Development Board (TDB)** and **Biotechnology Industry Research Assistance Council (BIRAC)** approved as the first **Second-Level Fund Managers (SLFMs)** to channel funding to industry-backed projects.

> **Summary**: STIP 2020's draft-only status is a classic prelims trap — the real funding architecture came later via RDI, ANRF, and the National Quantum Mission, with RDI now moving from announcement to on-ground disbursal through TDB and BIRAC as SLFMs.

2B. INTERIM BUDGET 2024-25: ORIGIN OF THE RDI CORPUS & DEEP-TECH DEFENCE SCHEME 2024

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₹1 Lakh Crore Corpus — Interim Budget Origin Announcement

FM Nirmala Sitharaman's **Interim Union Budget 2024-25** (1 Feb 2024) first announced a **₹1 lakh crore corpus** with a **50-year interest-free loan**, to provide long-term financing/refinancing at low or nil interest rates for private-sector research and innovation. This is the origin announcement of what later became the **RDI Scheme's SPF-within-ANRF architecture**, further detailed and operationalised in the full Budget 2024-25 (July 2024). **New scheme for deep-tech defence technologies**: also announced to strengthen deep-tech technologies for defence purposes, aiming to expedite **'Atmanirbharta'** (self-reliance) — an early precursor to the strategic/defence-indigenization S&T linkages discussed above.

> **Summary**: The Interim Budget 2024-25 is where the ₹1 lakh crore research-financing corpus and a deep-tech defence scheme were first floated — precursors to the RDI Scheme and defense-indigenization architecture detailed elsewhere in this file.

3. TRANSLATIONAL RESEARCH, INDIGENIZATION & DEFENSE-CIVIL LINKAGES

Cue Words	Notes
Lab-to-Market Translation	**Research-to-Solution Integration**: Commercial innovation frameworks are increasingly built into fundamental science policy design, aiming to move laboratory discoveries into marketable products faster. **DSIR Technology Development Scheme**: Has financed over 250 indigenized commercial technologies through public grants, bridging prototype-to-product gaps for domestic industry. **One Week One Lab**: A CSIR public-outreach campaign showcasing each national lab's technological breakthroughs, aimed at improving visibility and industry uptake of publicly-funded research.
Strategic & Defense Indigenization	**Defense Indigenization Lists**: MoD has notified over 4,600 military items under positive indigenization lists, mandating domestic sourcing and reducing import dependence — a direct S&T-policy lever for self-reliance. **Indo-US iCET**: Bilateral partnership (launched 2023) on Critical and Emerging Technologies, co-developing defense, AI, and space technologies — reflecting how strategic-tech cooperation is now folded into mainstream S&T policy.
Inclusive & Grassroots Innovation	Policy continues to promote low-cost technologies designed specifically to improve rural livelihood standards, alongside high-end mega-science investment — reflecting STIP 2020's stated goal of decentralised, bottom-up innovation design.

> **Summary**: India's translational-research push spans two very different registers simultaneously — high-end strategic indigenization (defense lists, iCET) at one end, and low-cost grassroots/rural innovation at the other — both framed as extensions of the same self-reliance logic.

4. HEALTH, BIOSAFETY & REGULATORY S&T INFRASTRUCTURE

Cue Words	Notes
Pharma & Vaccine Regulatory Strength	India is the largest global provider of generic drugs, exporting pharmaceuticals worth ~$25 Billion annually; CDSCO inspects/monitors over 10,000 pharmaceutical units domestically. Indian firms supply ~60% of vaccines distributed globally under UNICEF/WHO programs, a WHO-prequalified manufacturing base built over decades of regulatory-capacity investment.
One Health & Biosafety Coordination	**One Health Mission**: A national framework coordinating medical, veterinary, and environmental departments to pre-empt zoonotic disease outbreaks — institutionalising the post-COVID lesson that human, animal, and environmental health surveillance cannot be siloed.

> **Summary**: India's pharma/vaccine manufacturing scale and its emerging One Health biosafety architecture together position regulatory S&T infrastructure as a genuine strategic asset, not merely a compliance function.

5. NATIONAL SCIENCE & TECHNOLOGY SURVEY & R&D CAPACITY

Cue Words	Notes
Science and Technology Ministry Survey Postponement	National Science and Technology Survey biennial exercise (started mid-1990s, covers ~8,000 public and private R&D orgs) postponed due to low response from private R&D firms — systematic gap in private-sector R&D tracking. Public sector contributes ~75% of India's R&D spending, creating heavy dependence on government-led research agenda; private industrial sector only ~25%.
R&D Spending Benchmarking	India's R&D spending remains low: ~0.67% of GDP vs US (3.5%), China (2.5%), creating structural innovation bottleneck despite rising patent filing trends.

> **Summary**: India's private-sector R&D participation lags despite growing patent filings, highlighting that government-led R&D dominance may not be sustainable for scaling innovation at the pace required by global competition.

6. PATENTS & INTELLECTUAL PROPERTY TRENDS

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India's Patent Landscape Shift (2023)

Indian-origin patent filings crossed 57% of all applications in 2023, surpassing foreign-origin filings for first time — structural shift toward domestic innovation ecosystems. India overtook US in granted patents (2021), becoming second-largest recipient after China. Sectoral Trends (2000 → 2023): Computer science 1.27% → 26.5%; Electrical engineering 8.27% → 16.41%; Biomedical 0.6% → 10%; Physics-related 2% → 4% — sharp growth in digital, biotech, and electronics patents. Patent Filer Composition Shift: 2000: 43% companies, <10% individuals; 2023: 17% companies, 32% individuals, 43% educational institutions — democratization of IP generation from academia and entrepreneurs. National IPR Policy, Atal Innovation Mission, and KAPILA (IP literacy in higher education) fostered IP awareness infrastructure.

> **Summary**: India's patent landscape is undergoing simultaneous growth (filings, granted patents) and structural shift (domestic > foreign, academia/startups > large firms) — signaling broader innovation ecosystem maturation beyond traditional corporate R&D.

7. INSPIRE FELLOWSHIP & RESEARCH FUNDING ADMINISTRATION

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INSPIRE Fellowship Delays & Administrative System Failures

INSPIRE (Scheme for Early Attraction of Talent for Research) Fellowship scholars experienced repeated stipend disbursement delays (2022–2024) stemming from administrative system changes. 2022 DST directive requiring zero-balance accounts in Bank of Maharashtra caused technological failures disrupting fund flow. 2024 transition to Hybrid-TSA system with Union Bank of India duplicated earlier efforts, compounding delays. Scholarship disbursements merged with research equipment funds, triggering complex appraisal processes that illogically delayed fellow payments — systemic design failure in fund segregation and approval workflows. CSIR and UGC scholarships also faced delays, indicating broader administrative-capacity shortfall in research-scholar-payment systems across multiple departments.

> **Summary**: INSPIRE and allied fellowship delays reflect not funding scarcity but administrative-infrastructure failure — a cautionary case of how technical system changes (bank switching, fund consolidation) can undermine research talent retention without corresponding process redesign.

7A. UNION BUDGET 2025-26: INVESTING IN INNOVATION 2025

Cue Words	Notes
Budget 2025-26 R&D & Innovation Allocations	**₹20,000 crore** allocated to implement the private-sector-driven Research, Development and Innovation (RDI) initiative (originally announced in the July 2024 Budget). A **Deep Tech Fund of Funds** to be explored, to catalyze next-generation startups. **PM Research Fellowship** — 10,000 fellowships for technological research at IITs and IISc, with enhanced financial support.

> **Summary**: Budget 2025-26 put money behind the "Investing in Innovation" pillar — ₹20,000 crore for the RDI initiative, a proposed Deep Tech Fund of Funds, and 10,000 PM Research Fellowships at IITs/IISc — converting the RDI announcement into a funded line item.

8. SCIENTIFIC PROCUREMENT REFORM & LAB AUTONOMY

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New Procurement Norms for Scientific Equipment (2024)

MoS&T notifications allow affiliated scientific institutions to bypass Government e-Marketplace (GEM) for purchasing scientific equipment — decentralizing procurement authority from central procurement mandates. Directors, Vice-Chancellors, and Chancellors now authorized to approve global tender enquiries up to €200 crore (previously required departmental secretaries' approval) — institutional-level autonomy increase. Procurement ceiling changes: non-quotation goods ₹1 lakh → ₹2 lakh; purchase-committee ceiling ₹10 lakh → ₹25 lakh; tender enquiry upper limit ₹50 lakh → ₹1 crore. Concessions apply strictly to institutions affiliated to Ministry of Science & Technology, CSIR, Department of Atomic Energy, Space, ICMR, ICAR, and PG research bodies — eligibility tied to national-priority research mandates. Reasoning: GEM's mandate for lowest-priced vendor and 'Made in India' equipment prioritization was constraining access to cutting-edge international instruments essential for research competitiveness.

> **Summary**: Procurement reform represents a deliberate shift from centralized cost-minimization (GEM) to institutional autonomy in equipment sourcing — trading short-term fiscal control for research-infrastructure quality — a policy choice reflecting maturation of institutional governance standards.

UPSC Mains PYQs

• R&D Expenditure Gap: Critically examine why India's Gross Expenditure on Research (GERD) as a share of GDP lags major economies, and suggest measures to increase private-sector R&D contribution. (15 Marks, 250 Words)
• ANRF: Discuss the objectives and significance of the Anusandhan National Research Foundation in bridging India's academia-industry R&D gap. (10 Marks, 150 Words)
• RDI Scheme: How does the Research, Development and Innovation Scheme propose to catalyse private investment in strategic and sunrise sectors? (10 Marks, 150 Words)
• Mega-Science Missions: Assess the strategic rationale behind India's mega-science missions such as the National Quantum Mission and Deep Ocean Mission. (15 Marks, 250 Words)
• Defense Indigenization: Discuss the role of positive indigenization lists in reducing India's defense import dependence. (10 Marks, 150 Words)
• Pharma & Vaccine Leadership: Examine the factors behind India's emergence as the "pharmacy of the world," and the regulatory strengths that sustain it. (15 Marks, 250 Words)

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• Deep Ocean Mission flagship initiative exploring deep-sea mineral resources
• Arctic Policy 2022 based on six pillars: Science & Research, Climate & Environmental Protection, Economic & Human Development, Transportation & Connectivity, Governance, Capacity Building
• Indian Antarctic Act 2022 establishes Committee on Antarctic Governance Environmental Protection (CAG-EP) monitoring international laws